| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1958 |
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| Symbol | secA |
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| ID | 5459317 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Coxiella burnetii Dugway 5J108-111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009727 |
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| Strand | - |
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| Start bp | 1938966 |
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| End bp | 1941716 |
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| Gene Length | 2751 bp |
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| Protein Length | 916 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | |
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| Product | preprotein translocase subunit SecA |
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| Protein accession | YP_001425268 |
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| Protein GI | 209364221 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCGTCTA TGCTTGGCAA CATCATCAAG AAAGCTTTCG GTACGCGTAA TGAGCGTTTG
CTTAAAGGCT ATTCCAAAAT AGTATCAAGA ATTAATGCCC TAGAGCCAGA AATCCAGGCC
CTTTCCGATG CCGACCTTCG CGCTAAAACC GATGAATTCA AAAAACGCTT AGTCGATGGG
GAAGGACTCG ATGCTTTATT GCCGGAAGCG TTTGCGGTGG TTCGGGAAAC GAGCGTTCGC
ACGCTCGGCC TTCGTCATTT CGACGTCCAA ATAATCGGTG GCCTGGCACT CCATGGTGGA
AAAATTGCTG AAATGCGTAC TGGCGAAGGA AAAACCTTAG GCGCTACGAT GCCAGCTTAT
TTGAACGCAT TAACGGGCAA AGGCGTTCAC ATCGTCACGG TAAATGATTA TTTAGCTAAG
CGTGACGCTG AATGGATGAA GCCTATTTAT GAATTCCTCG GTTTGACGGT GGGCGTTAAC
GTGCCTGGAA TGGAGCCGGT TGAGAAACAA GCGGCTTATG CGGCTGATAT CACTTACGGC
ACCAATAACG AATTCGGTTT CGATTATTTA CGCGATAACA TGGTTTTTGA TTTGGATCAA
CGCGTGCAGC GGCCATTGCA TTACGCGATC ATTGACGAAG TGGATTCCAT TTTAATTGAC
GAAGCTAGAA CGCCCTTAAT TATTTCAGGA CAAGCGGAAG AATCATCGGA TCTTTATGTA
AAGATAAATA AATTCATCCC TCAATTAAAA TTGCAAAAAA TGGAAGAGGG GCAAAAAGAA
GAGGAAGTTG CCCCTGAAAA TCGAGGGGAT TATACGCTGG ATGAAAAAAA TCGACAGGCT
TATCTGACTG AACAAGGGCA TCGTACGATC GAAGCGTTAA TGATAAAGCA AGGGCTGATG
CAAGCCGGAG AAAGTTTATA CGATGTCTCT AATATATCGT TGATGCACTA TGTTTATGCC
GCTTTGCGCG CACACACGCT TTTTTATCGA GACGTTCATT ACATTGTAAA AAATAATGAA
GTCATTATTG TAGATGAACA CACGGGCCGT CTGATGCCGG GACGCCGTTG GTCGGATGGT
TTGCATCAAG CCGTAGAAGC AAAAGAAGGT GCAACTATTC AATTAGAAAA TCAGACATTG
GCTACTATTA CGTTCCAAAA CTATTTCCGC CTTTATGAAA AATTATCCGG TATGACTGCC
ACCGCGGATA CCGAAGCCTT CGAGTTGCAA AAGATTTACG GACTGGAAGT GGTTGTCATC
CCCACGAACA GACCCATGAT TCGTCGGGAT GAATCCGATC AAGTTTACTT AACGGCGGAT
GCGAAATTCG ATGCGATTGT TAATGAAGTC AAGAAACGTC ATGAGAAAGG TCAACCGCTG
TTGATTGGCA CGGCATCGAT TGAAGCATCA GAATTAGTCG CCCGTTTTTT GAAAAAAGCG
AATATTAAAC ATGAAATTCT CAATGCAAAA AATCACGAAC GCGAAGCCAA AATTATTGCT
GAAGCGGGAC GTCCTGGCGC GGTGACTATC GCCACGAATA TGGCGGGTCG AGGAACCGAT
ATTGTTTTGG GTGGTAATTT AGAAGCGGAA ATGAGTGAAT TAGATAATCT GACGGAAGAA
GAAATTCAAA AACGAAAAGC TGATTGGCAG AAGCGTCACG ATGCGGTAAT TGCAGCCGGT
GGTTTGCATG TGCTGGGGAC GGAACGTCAT GAATCGCGAC GTATCGATAA TCAGCTTCGC
GGTCGATCCG GTCGGCAGGG GGATCCCGGT TCATCGCAAT TTTATCTCTC TATGGAAGAT
AATTTATTGC GAATTTTTGC GGCCGAACGG ATGTCTAACA TGATGCGTCG CCTCGGTGTG
AAAGAAGACG ATGTGATTGA ACATCCGTGG ATTACTCGTG CGATTGAAAA AGCTCAACGT
CGTGTCGAAG GAATGAATTT TGATATTCGT AAGCAGTTGT TGGAATATGA CGACGTTGCC
AACGATCAGC GTAAAGTGAT TTATCAACAA CGTTTCCAGT TACTTCAGAC GGATGATATT
TCTGAGACGA TTGAAGCCAT TCGTGAAGAA GCGGTAAGCG AAATGATTAG TTCGTTTGTG
CCGCCACAGA GCCTGGAGGA AGAATGGGAT ATACCCGGGC TGGAAAAACA AATTCGTGAG
GATTTTGGTT TGGCTTTGCC GATTGCGCAA TGGCTTGAAA AGGATGAAAC GCTTCACGAA
GAAACGCTCC ACCAACGCAT TATTGATGAA ATTACTAAAG CTTATAAAGC AAAGGAAGCA
AAAGCCGATC CCAAGGCCAT GCGTGAAGTG GAAAAGACGC TGATGCTGCA ATTGTTAGAT
CATCATTGGA AAGAGCATTT AGCGGCGATG GATCATTTGC GCCAAGGCAT TCATTTGCGC
GGTTATGCTC AAAAAAATCC TGCGCAAGAA TATAAGCGCG AGTCCTTTGA ATTATTCACG
CAAATGCTCA AACGAATCAA ATACGAATTA GCGGCGACTT TGTCGAAATT AGAAATCGCA
ACTGAAGAGC AGGTCGCACA ACAACAGCGT TTATACCAAC AGTCTGCGCC CGAGCTACAA
TACCATCATG CGGAAATGAC GGCGCTACAA CCGGAAAAAG AAGTAGCTGT TGCCGAACAA
GAAGAAGCAA CCCAACCTTT TGTGCGCTCT CAACCCAAAG TAGGCCGTAA CGAATCTTGC
CCCTGTGGCA GCGGAAAGAA ATACAAGCAA TGTCACGGAA AATTAAGCTA G
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| Protein sequence | MPSMLGNIIK KAFGTRNERL LKGYSKIVSR INALEPEIQA LSDADLRAKT DEFKKRLVDG
EGLDALLPEA FAVVRETSVR TLGLRHFDVQ IIGGLALHGG KIAEMRTGEG KTLGATMPAY
LNALTGKGVH IVTVNDYLAK RDAEWMKPIY EFLGLTVGVN VPGMEPVEKQ AAYAADITYG
TNNEFGFDYL RDNMVFDLDQ RVQRPLHYAI IDEVDSILID EARTPLIISG QAEESSDLYV
KINKFIPQLK LQKMEEGQKE EEVAPENRGD YTLDEKNRQA YLTEQGHRTI EALMIKQGLM
QAGESLYDVS NISLMHYVYA ALRAHTLFYR DVHYIVKNNE VIIVDEHTGR LMPGRRWSDG
LHQAVEAKEG ATIQLENQTL ATITFQNYFR LYEKLSGMTA TADTEAFELQ KIYGLEVVVI
PTNRPMIRRD ESDQVYLTAD AKFDAIVNEV KKRHEKGQPL LIGTASIEAS ELVARFLKKA
NIKHEILNAK NHEREAKIIA EAGRPGAVTI ATNMAGRGTD IVLGGNLEAE MSELDNLTEE
EIQKRKADWQ KRHDAVIAAG GLHVLGTERH ESRRIDNQLR GRSGRQGDPG SSQFYLSMED
NLLRIFAAER MSNMMRRLGV KEDDVIEHPW ITRAIEKAQR RVEGMNFDIR KQLLEYDDVA
NDQRKVIYQQ RFQLLQTDDI SETIEAIREE AVSEMISSFV PPQSLEEEWD IPGLEKQIRE
DFGLALPIAQ WLEKDETLHE ETLHQRIIDE ITKAYKAKEA KADPKAMREV EKTLMLQLLD
HHWKEHLAAM DHLRQGIHLR GYAQKNPAQE YKRESFELFT QMLKRIKYEL AATLSKLEIA
TEEQVAQQQR LYQQSAPELQ YHHAEMTALQ PEKEVAVAEQ EEATQPFVRS QPKVGRNESC
PCGSGKKYKQ CHGKLS
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